KEGG   Quercus suber (cork oak): 112032211
Entry
112032211         CDS       T05868                                 
Name
(RefSeq) RNA-binding protein 28-like isoform X1
  KO
K14573  nucleolar protein 4
Organism
qsu  Quercus suber (cork oak)
Pathway
qsu03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:qsu00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    112032211
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:qsu03009]
    112032211
Ribosome biogenesis [BR:qsu03009]
 Eukaryotic type
  Pre-60S particles
   Other pre-60S particles
    112032211
SSDB
Motif
Pfam: RRM_1 RRM_7
Other DBs
NCBI-GeneID: 112032211
NCBI-ProteinID: XP_023920740
Position
Unknown
AA seq 1005 aa
MGKKAKSKEGNENRAKTEHSPSTVFVSNLPYSFTNSQLEETFSDVGPVRRCFMVTQKGST
EHRGFGFVQFAVTEDANRSIELKNGSSVGGRKIAVKHAMHRAPLEQRRSKQGQVVQSDDN
AKSKSEKDDNASGAEKPASNLEETEKPVEARKAGTLSSNLANKEGSSEKKRAARILSSNL
ANKEGSLEKQKAVRTLSSNLANKEGSSEKQKVARTVIFGGLLDADMAEDVHRRAREVGSV
ISVTYPLPKEELEQHGLVQDGCKMDASAVLYTSVKSANASVAMLHQKKIKGGVVWARQLG
GEGSKTQKWKLIIRNLPFKAKVDQIKHVFSPAGFVWDAFIPCNPDTGLSKGFAFVKFTCK
KDAENAIQKFNGQMFDKRPIAVDWAVPKKLYNSGANAVLATEDGQQDGKDVEGDSSSEDL
EGEEENIGKESQQTDDIDSASDDLNITEKEDVPAEIDFNKEADIARKVLNNLITPSVKGT
LPSPVDDSMLPKGNEELNSDETVGAANNLLNESGKVSGVTEPGNSSKSMASNLKQTEGEE
DLQRTIFINNLPFDINNEEVKQRFSGFGEVQSFFPVLHHVTKRPKGTGFLKFKTIDAATA
SVTAANVASGLGISLKGRQLTVLKALDKKSAHDKEVDKANKEVLDPRNLYLAEEGHIEEG
TPAAEGVSASDLLKRKMLKREKKTKLKSPNFHISKTRLIMYNIPKSMTEKKLKKLCIDAV
TSRATKQTPVIKQIKFLKDVKKGKVVTKNHSRGVAFVEFTEHQHALVALRVLNNNPETFG
PEYRPIVEFALNNIQTLKLRNAKIHAQQHGIRDDQNDVQQGDDAHPDKQNSKKRKSRGDD
GSVKDSVSNKEENNVFNRAATEGRGSAKKQKGNPASAKAKEFSSKEKPEGSKWKSKNQQD
GRNHDSGRSLNRKMTDSDAHKSKSSEDTVVQLKKRKLQDQTEQQKKNRDLKDRRRSKKTK
APLGKDEKDKLDMLIEQYRSKYSQKRSQKSDDEKQGSRQLRKWFQ
NT seq 3018 nt   +upstreamnt  +downstreamnt
atgggaaagaaagcgaaatcgaaagagggaaacgaaaatagagccaaaaccgagcattca
ccttccactgtttttgtctccaacttgccctactctttcacgaattctcagcttgaggag
actttcagcgatgtagggccggtgaggcggtgcttcatggttacgcagaaggggtcaact
gagcaccgtggttttggttttgttcaatttgctgttactgaagatgcgaaccgttctatt
gagctgaagaatggttcatctgttggaggtcggaaaattgcagtcaagcatgctatgcat
cgagctccccttgaacagcgtcgatcaaagcaaggccaagtggttcagtcggatgataat
gccaagtcaaaaagtgaaaaggatgataatgcttctggggcagaaaagcctgcttcaaac
ttggaggaaacagagaaacctgtggaagccagaaaagcaggaacactttctagtaatctg
gcaaataaagagggttcttcagaaaagaaaagggctgcgaggatactttctagtaatctg
gcaaataaagagggttctttggaaaagcaaaaggctgtgaggacactttctagtaatctg
gcaaacaaagagggttcttcggaaaagcaaaaggttgctaggactgtcatatttggtggt
cttcttgatgctgatatggcggaagatgttcacagaagagccagagaggttggcagtgtt
attagtgtaacttatcctcttccaaaagaagagcttgaacaacatggtcttgtgcaagat
ggatgcaaaatggatgcttcagctgtgctttatactagtgttaaatcagcaaatgcttct
gttgctatgctccaccagaaaaagataaaagggggagttgtttgggcacgtcagctgggt
ggggagggttccaagactcagaaatggaagcttattattagaaatcttcctttcaaggcc
aaagtggatcagataaagcatgttttttcaccagcagggtttgtctgggatgcttttatt
ccatgtaatcctgatacaggattgtcgaaaggttttgcatttgtcaaattcacatgcaaa
aaggatgccgaaaatgccattcagaagttcaatgggcaaatgtttgacaaaagacccata
gctgttgactgggctgttccaaagaaattatataacagtggtgctaatgccgttcttgct
acagaagatggacaacaagatggaaaagacgtggaaggtgatagtagcagtgaggatttg
gagggggaggaggaaaatattggtaaagaatcccaacagactgatgacattgatagtgct
tcagatgacttaaatataacagagaaagaagacgtccctgcggaaattgattttaacaag
gaagcagatatcgcaagaaaggttcttaataacttgatcacaccctctgttaaaggaact
cttccttctccagttgacgattcaatgcttcccaagggaaatgaggagctaaattctgat
gaaaccgttggtgcagcaaataatttacttaatgaatctggaaaagtatcaggtgttact
gagcctggaaactccagcaaaagcatggcatcaaatctaaaacagacagaaggagaagag
gatttgcagagaacaatttttataaacaaccttccttttgacatcaataacgaagaagtg
aaacaacgtttttctggatttggggaagtacaatccttttttccagtcctccatcatgtt
accaagcgcccaaaaggaactggttttctcaagttcaaaacaatagatgcagctactgct
tcagttacagctgcaaatgtagcatctggtttgggaatttctttaaaaggtaggcaattg
acagttttgaaggcattagataaaaaatcagctcatgataaggaagtggacaaggccaac
aaagaggttctggacccccgtaacctttacctggcagaggaaggtcatattgaggaggga
actccggctgcagaaggagtttcagctagtgacttgttgaaacgcaaaatgttgaagagg
gaaaagaagactaagcttaaatctccaaattttcatatttcaaagactaggcttattatg
tataatataccaaagtcaatgaccgaaaaaaaacttaaaaagctttgcattgatgcggtt
acctcccgagctacaaagcaaaccccagttattaaacagataaagttcttgaaggatgtg
aagaaaggaaaggttgttacaaaaaaccattctcgtggcgttgcttttgttgagtttaca
gagcatcagcatgcacttgtggccctcagagttcttaacaataatcctgaaacttttggt
ccggaatatcggccaattgtggagtttgctcttaataatattcagacactaaagctacgg
aacgctaagatacatgctcagcagcatggtatccgtgatgatcaaaacgatgtgcagcaa
ggtgatgatgcacatccggacaaacagaactccaagaaaaggaaatccagaggtgatgat
ggatcagtgaaggattcagtatctaataaagaggaaaataatgtattcaatagagctgcc
actgaaggacgtggatctgcgaagaagcaaaaaggcaatcctgcaagtgcaaaagcgaaa
gagttttcatctaaagaaaaaccagagggctccaaatggaagtccaaaaatcaacaagat
ggcaggaatcatgatagtggaagatcactcaatagaaaaatgacagatagtgatgcccac
aaatcaaaatcttcagaggacacagttgtgcaactgaaaaagaggaagctgcaggaccaa
acagaacagcagaagaaaaacagagatttgaaggacaggaggaggtcaaaaaagactaaa
gccccattggggaaagacgaaaaagataagcttgacatgctaattgagcaatatagatcc
aagtactcacagaagagatctcagaaaagtgatgatgaaaagcaaggttctagacagctt
agaaaatggttccaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (17)   

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